In Stock B325+lrb24-mft - Characterized Control Valve (ccv), 1", 3-way, Cv 30 |valve Actuator, Non Fail-safe, Ac/dc 24 v, 2...10 v, Mft/programmable Collection [HDuNc4t2]

B325+LRB24-MFT Characterized Control Valve

The B325+LRB24-MFT Characterized Control Valve (CCV) is a state-of-the-art 1" 3-way valve designed for precision control in a wide range of industrial applications. This high-performance valve offers exceptional flow control capabilities with a Cv of 30, making it ideal for systems requiring precise fluid management. With its robust construction and reliable operation, the CCV is a perfect choice for demanding environments where efficiency and accuracy are paramount.

Key Product Features

The B325+LRB24-MFT CCV is equipped with a non-fail-safe valve actuator, providing a stable and predictable operation. Its versatile power supply options of AC/DC 24 V and 2...10 V ensure compatibility with various electrical systems. Additionally, the valve is programmable with MFT (Modular Fieldbus Technology), allowing for seamless integration into modern control systems. Here are some of the key features that make this valve stand out:

• Non-fail-safe Actuator: Ensures consistent and reliable performance in critical applications.
• Flexible Power Supply: Supports both AC and DC voltages, offering flexibility in system design.
• Programmable with MFT: Allows for easy integration and customization within your control system.

Practical Applications

The B325+LRB24-MFT CCV is designed to enhance the performance of a wide range of industrial processes. Whether you're managing fluid flow in chemical processing, water treatment, or HVAC systems, this valve provides the control and precision you need. Its compact size and durable construction make it suitable for use in both indoor and outdoor environments. Here are some practical applications where this valve can make a significant difference:

• Chemical Processing: Accurate control of fluid flow for mixing, reaction, and separation processes.
• Water Treatment: Efficient regulation of water flow for purification, filtration, and recycling systems.
• HVAC Systems: Optimal control of air flow for heating, ventilation, and air conditioning applications.